Daily production line supports ensure DC line operation smoothly and get improvement both in efficiency and quality. Leads process improvement, optimization, and new product introduction.
Responsibilities
Daily production support: solve any problem of the production line in time to ensure product quality and safe production.
Standardize the job of each station/product; work out standard time (SOE) and seek to reduce it.
Improve efficiency and reduce cost by Kaizen, RIE, or project.
Special Order support: develop process, mark differences, and train operators.
Lead projects of production line improvement, such as new equipment/process introduction or replacement.
Responsible for developing, implementing and maintaining production processes to drive quality and efficiency and to develop manufacturing plans which improve operations competitiveness.
Compensation
Annual Base Salary Range or Hourly Base Pay Range:
$89,585.00 - $124,950.00
Responsibilities
Develop and define concepts and manufacturing processes for new product introductions and product enhancement programs
Assume responsibility for capital planning, CER creations and approvals, capital project timing and implementation, capital spending and budgeting
Ensure all equipment meets OSHA compliant safety regulations
Drive engineering principles and discipline through mentoring, training and project reviews
Manage, develop and improve manufacturing standards including machine capability and capacity, process maps, set‑ups, quality controls, tooling and fixture records, routings and cycle times
The individual provides various types of engineering support in a machine shop environment, creating and modifying CNC programming for various pieces of production equipment.
Responsibilities
Creating and modifying CNC programming for various pieces of production equipment.
Perform set-ups and prove-out programs on various CNC Mills, Wire EDM Machines and lathes.
Read, interpret GD&T, and analyze engineering drawings, computer-aided design (CAD) files, production planning documents, technical documents, and technical manuals.
Create or review machining process plans for required tasking steps and the associated labor hour content.
Make controlled changes to work plans, assignments, or methods necessary to effectively accomplish the task.
The Mechanical Design Engineer 3 will generate design concepts, conduct design reviews, and perform engineering analysis for complex wafer transfer methods, mechanisms, and custom tooling within the semiconductor equipment industry.
Responsibilities
Generate mechanical design concepts and feasibility studies for making proposals for new CES/CIP/R&D project requests.
Conduct and participate in formal/informal design reviews to contribute and generate discussion/alternate ideas on various aspects of the design.
Perform engineering analysis of complex scope: Wafer transfer methods including robotics, friction, particle control, vacuum and end effectors, and Mechanism design in assemblies such as slit valves, lift pins, indexers, and Wafer temperature management.
Design, development, and implementation of custom mechanical tooling, fixturing, and associated processes to enable the handling, assembly and/or disassembly of parts.
Generate solid models in 3D (parts and assemblies), 2D drawings, bills of material, submitting ECO’s, test specifications, functional specification, and product specifications.
Owner of critical assembly processes for new product development projects, leading engineers from contract manufacturers to develop fixtures, equipment, automated assembly machines, and SOPs.
Responsibilities
Own assigned assembly processes across mechanical assembly, system assembly, and packaging for new product development and mass production
Clarify product requirements with Product Design and Manufacturing Design Engineering, conduct manufacturability analyses, provide alternative mechanical design proposals, and control technical risks
Lead in the development of new manufacturing processes, partnering with Contract Manufacturers and supplier teams
Define manufacturing fixture, tooling, and equipment specifications to meet line balance, cycle time, and capacity requirements
Lead engineers from contract manufacturers and automation vendors to design, develop, and qualify fixtures, custom assembly equipment, automated machinery, and comprehensive SOPs
Requirements
Bachelor’s degree in Mechanical Engineering, Manufacturing Engineering, Mechatronics, Automation, or equivalent
Assists to develop, integrate and document structural and interior payload system requirements to establish the system design.
Assists the performance of tests to validate and verify systems and components meet requirements and specifications.
Supports the management of supplier performance, test and production activities and coordinates with the supplier to optimize the design and achieve program goals.
Assists in the development of new design/analysis processes and tools to improve the effectiveness, quality and efficiency of the development effort.
Supports the investigation of emerging technologies to develop concepts for future product designs to meet projected requirements.
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